Article

Neural competitive queuing of ordinal structure underlies skilled sequential action

2018-08-02

Abstract excerpt

The fluent retrieval and production of movement sequences is essential for a variety of daily activities such as speech, tool-use, musical and athletic performance, but the neural mechanisms underlying sequence planning remain elusive. Here, participants learned sequences of finger presses with different timings and different finger orders, and reproduced them in a magneto-encephalography (MEG) scanner. We classif...

Topics

Open a Topic to create a Post that cites this publication.

Identifiers and source

Literature Corpus work: 03ea7080-56cd-5faa-be68-101db6d36642
DOI: 10.1101/383364

Open publication

Related research

Semantic proximity does not establish scientific evidence.

Click a neighbor to travelStep 1 · 12 closest

Neural competitive queuing of ordinal structure underlies skilled sequential actionDOI 10.1101/383364Read

A domain-general neural signature of serial order memory across action and perceptionSemantic proximity Read

Cortical patterns shift from sequence feature separation during planning to integration during motor executionSemantic proximity Read

Developmental coordination disorder affects the pre-ordering of sequential movementsSemantic proximity Read

Repetition effects reveal the sub-sequence representation of actionsSemantic proximity Read

Evolution of visual time throughout goal driven action learningSemantic proximity Read

The capacity of the medial temporal lobe to represent memory items in their ordinal position in a sequence is domain-generalSemantic proximity Read

Rapid encoding of temporal sequences discovered in brain dynamicsSemantic proximity Read

Double dissociation of fMRI activity in the caudate nucleus supports <i>de novo</i> motor skill learningSemantic proximity Read

Neural representation of action grammar structure in primate frontal cortexSemantic proximity Read

Recurrent Processes Emulate a Cascade of Hierarchical Decisions: Evidence from Spatio-Temporal Decoding of Human Brain ActivitySemantic proximity Read

Decoding Graded Grip-Force Intensity from fMRI Data Reveals a Transformation from Abstract to Effector- and Movement-Specific Codes prior to ExecutionSemantic proximity Read

Distinct neural processes link speech planning and executionSemantic proximity Read